JP6342093B1 - Seal label production equipment - Google Patents

Abstract

To provide a seal label manufacturing apparatus capable of efficiently manufacturing a seal label having a punched hole while suppressing deformation and breakage of a cutter. The seal label manufacturing apparatus includes a cradle and a cutter. The cutter includes a pedestal part and a blade part. The blade part includes an outer blade and a punch hole. The first through-hole 47 is formed on the inner periphery of the inner blade, and the second portion that matches the inner periphery of the base blade 35 matches the first through-hole 47. The inner debris 7 formed with the through hole 49 and cut out by the inner blade is captured by the inner periphery of the inner blade and peeled off from the release sheet 2, and the peeled inner debris 7 are sequentially laminated to form the first through hole 47 and It can be discharged to the outside through the second through hole 49. [Selection] Figure 4

Description

  The present invention relates to a seal label manufacturing apparatus for manufacturing a seal label having a desired shape, particularly a hole.

  For example, a sticker label on which various information is printed may be attached to home appliances, daily necessities, and the like.

  As a method for manufacturing this type of seal label, for example, in Patent Document 1 below, a label material on which predetermined information is printed is attached to a pedestal via an adhesive layer, and is moved up and down with respect to the mount. An operating label collection machine with a cutter (hereinafter also referred to as “collection machine”) is arranged, and when the desired label is positioned below the collection machine, the collection machine is lowered and the cutter is moved. Describes a method in which a portion other than the mount is cut and the label is recovered inside the recovery machine (see paragraph 0040 of FIG. 5 and FIG. 5B).

  In addition, when sticking a seal label to a meter such as a sensor or timer, there is a case where it is desired to form a window-like hollow portion on the seal label in order to expose the volume or lamp of the meter. is there. In such a case, the label manufacturing apparatus provided with a frame-shaped inner cutting cutter gives the label affixed to the mount, a cut corresponding to the window-shaped inner punched portion, and then the inner side generated inside the cut. By removing the residue manually, a label provided with a window-shaped inner portion is manufactured.

JP-A-11-202774

  However, as described above, the operation of manually removing the inner debris from the cut label is complicated and time-consuming. Moreover, in the manufacturing method of patent document 1, what is collect | recovered with the label collection machine with a cutter is a label itself to the last, and cannot form a window-shaped hollow part in a seal label.

  Furthermore, even if it is going to collect inner debris inside an inside cutter like the label collection machine with a cutter in the manufacturing method of patent document 1 using a frame-like inside cutter, with an inside work by an inside cutter In some cases, the inner cutter gradually deforms or breaks due to the inner debris accumulated inside the cutter.

  Therefore, an object of the present invention is to provide a seal label manufacturing apparatus that can efficiently manufacture a seal label having a desired shape, particularly a punched hole, while suppressing deformation and breakage of the cutter. .

  In order to achieve the above-mentioned object, the present invention provides a label sheet having a release sheet and a surface sheet laminated on the release sheet via an adhesive layer by cutting the surface sheet into a predetermined shape, In the seal label manufacturing apparatus that can be used by peeling off the surface sheet that has the shape of the above, the label sheet, the pedestal that supports the surface sheet as a surface, and the pedestal close to and away from the pedestal, A cutter that cuts the surface sheet into a predetermined shape to form a seal label, and the cutter includes a pedestal portion and a blade portion attached to the pedestal portion, and the recording blade portion includes the seal label. A first through hole is formed in the inner periphery of the inner blade of the blade portion, and the pedestal. Of the inner blade of the part A second through hole that is aligned with the first through hole is formed in a portion corresponding to, and the inner debris cut out by the inner blade is captured by the inner periphery of the inner blade and peeled off from the release sheet The peeled inner debris is sequentially stacked and discharged to the outside through the first through hole and the second through hole.

  According to the said invention, the outer peripheral shape of a surface sheet is formed with an outer blade, and a punching hole is formed inside the said outer peripheral shape with an inner blade. The inner debris cut out by the inner blade is captured on the inner periphery of the inner blade and peeled off from the release sheet, and the peeled inner debris is sequentially laminated via the adhesive layer, and the first through hole and the second through hole And can be discharged to the outside. For this reason, the seal label which has the punched hole from which the unnecessary inner residue located in the punched hole part was removed beforehand can be manufactured efficiently. In addition, since unnecessary inner debris positioned in the punched hole portion can be smoothly discharged, work efficiency is improved, and the inner debris stays in the cutter and suppresses load on the cutter. it can.

  In the seal label device of the present invention, a concave portion formed at a predetermined depth is provided on a surface of the pedestal portion opposite to the portion where the blade portion is mounted, and the second through hole is It is preferable that an opening is formed on the bottom surface of the recess.

  According to the above aspect, since the opening can widen the opening for discharging unnecessary inner debris in the second through hole by the recess, the unnecessary inner debris stacked via the adhesive layer is passed through the second through hole. It can be easily discharged from the hole, and deformation and breakage of the pedestal can be more effectively suppressed.

  In the seal label device of the present invention, on the opposite side of the pedestal portion from the portion where the blade portion is mounted, a waste storage portion capable of storing the inner waste is detachable from the seal label manufacturing device. It is preferable that it is attached to.

  According to the above aspect, on the opposite side of the pedestal portion from the portion on which the blade portion is mounted, the residue storage portion that can store the inner residue is detachably attached to the seal label device. The inside debris generated when the seal label is cut out from inside can be stored in the debris reservoir, and the frequency of removing the inside debris from the seal label production apparatus is reduced to facilitate continuous operation of the seal label production apparatus. Thus, the manufacturing cost of the seal label can be reduced. Further, by appropriately removing the debris storage part in which the inner debris are collected from the seal label manufacturing apparatus, the accumulated inner debris can be easily removed together, and the cleaning efficiency of the seal label manufacturing apparatus can be improved.

  According to the present invention, the inner debris cut out by the inner blade is captured on the inner periphery of the inner blade and peeled off from the release sheet, and the peeled inner debris is sequentially laminated via the adhesive layer, and the first through hole And the second through hole can be discharged to the outside, so that a seal label having a punched hole can be efficiently produced. Moreover, since unnecessary inner waste can be smoothly discharged, it is possible to suppress the load on the cutter.

1 shows an embodiment of a seal label manufacturing apparatus according to the present invention, and is a schematic configuration diagram thereof. It is a principal part expansion perspective view of the seal label manufacturing apparatus. It is sectional explanatory drawing of the seal label manufacturing apparatus. It is explanatory drawing which shows the state at the time of forming an inside hole in a seal label by the seal label manufacturing apparatus, and the peeling state of an outer debris after that. FIG. 5A is a plan view showing an inner residue cutting principle by the inner blade of the seal label manufacturing apparatus, and FIG. 5B is a cross-sectional view showing an inner residue cutting principle by the inner blade of the seal label manufacturing apparatus.

  Hereinafter, an embodiment of a seal label manufacturing apparatus according to the present invention will be described with reference to the drawings.

  As shown in FIG. 4, this seal label manufacturing apparatus is provided with a surface sheet 4 for a label sheet 1 having a release sheet 2 and a surface sheet 4 laminated on the release sheet 2 via an adhesive layer 3. It is cut into a predetermined shape, and the surface sheet 4 having a desired shape is peeled off so that it can be used as a seal label 5. As shown in FIG. 4, a plurality of desired shapes to be used as seal labels are printed on the top sheet 4 at predetermined intervals along the length direction (this portion is referred to as a label portion 4a). By cutting the outer periphery and a part of the inner side of the label portion 4a, a seal label 5 having a window-shaped punching hole 6 on the inner periphery is manufactured.

  The seal label 5 of this embodiment has a rectangular shape extending slightly longer in the direction orthogonal to the longitudinal direction of the release sheet 2, and has an outer peripheral shape provided with rounded corners in part. Further, one square window-shaped punching hole 6 is formed. The outer shape of the seal label and the shape of the hole may be any shape, and a plurality of holes may be formed.

  As shown in FIG. 1, a seal label manufacturing apparatus 10 (hereinafter also referred to as “manufacturing apparatus 10”) in this embodiment includes a label supply unit 11 that supplies a label sheet 1 at a predetermined speed, and the label supply unit. 11, a device main body 13 for cutting out the inner debris 7 (see FIG. 4) from the surface sheet 4 to form a hole 6 and cutting the surface sheet 4 into a desired outer peripheral shape, and this device main body 13 is installed downstream of the release sheet 2 and peels the outer debris 8 (see FIG. 4) from the release sheet 2, and is installed downstream of the outer debris release section 15. The desired seal label 5 is It is mainly composed of a label conveying unit 17 that conveys the adhered label sheet 1 to the downstream side.

  As shown in FIG. 1 and FIG. 3, the apparatus main body 13 includes a pedestal 20 that supports the label sheet 1 with the surface sheet 4 as a surface, and a proximity to and away from the cradle 20 to form the surface sheet 4 in a predetermined shape. And a cutter 30 for forming the seal label 5.

  As shown in FIG. 1, at a predetermined position of the apparatus main body 13 of this embodiment, the front side opens, and a space extends in the width direction of the apparatus main body 13 (the direction from the front side to the back side in FIG. 1). The cutter arrangement portion 18 is formed. The cradle 20 is provided below the cutter placement portion 18. The cradle 20 of this embodiment is configured to support the label sheet 1 with the top sheet 4 facing upward (see FIGS. 3 and 4).

  A cutter 30 is inserted into the cutter placement portion 18 and placed above the cradle 20. Further, the cutter 30 moves up and down intermittently by a press mechanism (not shown) at a predetermined timing according to the supply speed of the label sheet 1, and moves close to and away from the cradle 20. Specifically, as shown in FIG. 3, the cutter 30 is lowered at the timing when the label portion 4 a (see FIG. 4) of the topsheet 4 is positioned below the cutter 30.

  As shown in FIGS. 2 and 3, the cutter 30 in this embodiment includes a pedestal portion 35 and a blade portion 40 mounted below the pedestal portion 35.

  Referring to FIG. 2, the blade portion 40 of this embodiment protrudes from a long plate-like substrate 41 and one surface of the substrate 41 (a surface opposite to the mounting surface for the pedestal portion 35). An outer blade 43 that forms the outer peripheral shape of the seal label 5 and a window-like punch hole 6 formed in the seal label 5 that protrudes from one surface side of the substrate 41 inside the outer blade 43. And an inner blade 45. The outer blade 43 has a substantially rectangular frame shape, the inner blade 45 has a substantially square frame shape, and a sharp blade edge is provided at the tip of each blade 43, 45 in the protruding direction. Moreover, as shown in FIG.3 and FIG.4, the blade part 40 of the base part 35 is located above the surface sheet 4 of the label sheet 1 with the blade edge | tip of the outer blade 43 and the inner blade 45 facing down. It is designed to be attached to the bottom side.

  In addition, said "frame shape" means the state in which the wall surrounding a predetermined range is continuously formed in the circumferential direction (meaning a state in which there is no part where the wall is interrupted in the circumferential direction and the shape is annular) To do). Moreover, the shape of said outer blade and inner blade can be suitably changed with the outer periphery shape and punching hole shape of a desired seal label. For example, the outer blade and the inner blade may have a circular frame shape, an elliptical frame shape, an oval frame shape, a rhombus frame shape, or the like. Of the outer blade and the inner blade, at least the inner blade needs to have a frame shape. As shown in FIG. 3, the inner blade 45 of this embodiment is formed such that the inner peripheral surfaces facing each other are parallel to each other, but the inner peripheral surfaces facing each other are projected from the inner blade 45. You may form so that it may spread gradually in the substantially C shape toward the direction tip.

  And the 1st through-hole 47 is formed in the inner periphery of the inner blade 45 of the said blade part 40 (refer FIG. 3). The first through hole 47 is provided so as to be orthogonal to the surface direction of the blade portion 40 and to open one surface (upper surface) and the other surface (lower surface) of the blade portion 40. Further, the first through hole 47 of this embodiment is a hole having a substantially square shape so as to match the inner peripheral shape of the inner blade 45.

  On the other hand, as shown in FIG. 2, the pedestal portion 35 of this embodiment has a long plate shape that extends long along the width direction of the apparatus main body 13. The blade portion 40 is detachably attached to the lower surface side of the pedestal portion 35 by a detachable means (not shown) at the center in the longitudinal direction. As the attaching / detaching means, for example, a plurality of fitting pins and fitting holes are provided between the lower surface of the pedestal portion 35 and the upper surface of the blade portion 40, and the fitting pins are fitted into the fitting holes. Alternatively, the lower surface of the pedestal portion 35 and the upper surface of the blade portion 40 may be bonded to each other with an adhesive, but there is no particular limitation.

  Moreover, as shown in FIG. 2, it is the upper surface side (surface on the opposite side to the part to which the blade part 40 is mounted | worn) of the base part 35, Comprising: The upper part opened the rectangular shape in the width direction center. The concave portion 37 is formed with a predetermined depth along the longitudinal direction of the pedestal portion 35. The concave portion 37 is provided so as to be in a position that is substantially aligned with the outer blade 43 of the blade portion 40 when the blade portion 40 is mounted on the pedestal portion 35. Further, as shown in FIG. 3, a second through hole 49 that matches the first through hole 47 is formed in a portion of the pedestal portion 35 that corresponds to the inner blade 45 of the blade portion 40. The second through-hole 49 of this embodiment is formed so as to be orthogonal to the surface direction of the pedestal portion 35 and to open one surface (upper surface) and the other surface (lower surface) of the pedestal portion 35, An opening on the one surface side of the second through hole 49 is located on the bottom surface of the recess 37 (see FIG. 3).

  And in this manufacturing apparatus 10, when the label part 4a of the surface sheet 4 is located in the position which aligns with the outer blade 43 or the inner blade 45 of the blade part 40 which comprises the cutter 30, as shown in FIG. 4, the entire cutter 30 is lowered, and the outer cutter 43 cuts the outer periphery of the label portion 4a of the topsheet 4 together with the adhesive layer 3 to form a cut 8a. By 45, the part which wants to form the punching hole 6 of the label part 4a of the surface sheet 4 is cut with the adhesion layer 3 together.

  At this time, only the cut 8a is formed on the outer periphery of the label portion 4a by the outer blade 43 and is not peeled off from the release sheet 2. However, the hole forming portion of the label portion 4a is formed by the inner blade 45. The inner debris 7 cut out together with the pressure-sensitive adhesive layer 3 and generated along the shape of the inner blade 45 is captured by the inner periphery of the inner blade 45 and peeled off from the release sheet 2 together with the pressure-sensitive adhesive layer 3. Yes.

  That is, as shown in FIG. 4, when the cutter 30 is pushed into the label sheet 1, the inner blade 45 having a frame shape cuts in the label portion 4 a of the surface sheet 4 while surrounding the hole forming portion. The inner debris 7 is captured on the inner periphery of the inner blade 45 while being slightly curved so as to be opposite to the direction in which the cutter 30 is pushed into the label sheet 1. At this time, as shown in FIG. 5A, the inner cutting force of the inner residue 7 by the inner cutter 45 having the frame shape (see the thick square frame in FIG. 5A) is cut by the inner cutter 45. Since it is comprised so that it may become larger than the adhesive force F1 (refer the thick line in FIG. 5B) of the adhesion layer 3 in the dregs 7 with respect to the peeling sheet 2 (F2> F1), the inner dregs cut out by the inner blade 45 7 can be peeled off without being attached to the release sheet 2 and captured on the inner periphery of the inner blade 45.

  As described above, when the inner peripheral surfaces of the inner blade 45 facing each other are formed so as to gradually spread in a substantially C shape toward the distal end of the inner blade 45 in the protruding direction, When the inner hole 7 of the seal label 5 is cut by the blade 45, the inner debris 7 can be easily captured on the inner periphery of the inner blade 45.

  As described above, the inner debris 7 cut out in the next cutting step adheres to the adhesive layer 3 of the inner debris 7 captured in the inner blade 45, and further to the adhesive layer 3 of this inner debris 7, The inner debris 7 in the cutting process is bonded, and this is repeated along with the inner-cutting process of the label portion 4a by the inner blade 45. Therefore, as shown in FIG. 4, the inner debris 7 is laminated so as to form a rod shape. . The inner debris 7 stacked in a rod shape passes through the first through hole 47 formed in the inner periphery of the inner blade 45 and passes through the second through hole 49 formed in the pedestal part 35, and then the outside of the pedestal part 35. It is configured so that it can be discharged.

  Moreover, as shown in FIG. 1, the laminated | stacked inner debris 7 is stored on the opposite side to the part to which the blade part 40 was mounted | worn of the base part 35 which comprises the cutter 30, and the upper part of the base part 35 here. The enabled waste storage part 50 is detachably attached to the apparatus main body 13. As shown in FIG. 2, the waste storage portion 50 of this embodiment extends along the longitudinal direction of the pedestal portion 35 and connects a pair of side walls 51, 51 arranged in parallel to each other, and both ends thereof. The connecting walls 53 and 53 are formed into a shape that is larger than the concave portion 37 of the pedestal portion 35, and has an elongated, substantially rectangular tube shape that opens upward and downward. In addition, flange portions 55 and 55 extend outward from the center in the length direction of the upper ends of the pair of side walls 51 and 51, respectively. These flange portions 55, 55 are locked to the upper end of the apparatus main body 13 and fixed via bolts (not shown) or the like, so that the waste storage section 50 is attached to the apparatus main body 13 ( (See FIG. 1).

  In addition, although the residue storage part 50 of this embodiment has comprised the cylinder shape without a bottom part, it is good also as a box shape with a bottom. However, even in this case, a hole communicating with the second through hole 49 provided in the pedestal portion 35 needs to be formed at a predetermined position on the bottom portion.

  As shown in FIG. 1, a plurality of rollers 21, 22, and 23 are rotatably attached to the outer debris peeling portion 15. Specifically, in order to peel the outer residue 8 from the release sheet 2 at a predetermined position of the outer residue release part 15, which is disposed on the upper surface (surface opposite to the adhesive layer 3) of the surface sheet 4 of the label sheet 1. The sheet removal roller 21 is rotatably supported, and a sheet feed roller 22 that can be rotated in a predetermined direction by a driving device (not shown) is rotatably supported below the outer residue peeling roller 21. Further, a rotation roller 23 is rotatably supported below the sheet feeding roller 22.

  Further, as shown in FIG. 1, a rotating roller 24 is rotatably attached above the outer debris peeling portion 15, and is further provided above the rotating roller 24 by a driving device (not shown) in a predetermined direction. An outer debris take-up roller 25 for taking up the outer debris 8 is rotatably mounted.

  Further, a sheet feeding roller 27 that can be rotated in a predetermined direction by a driving device (not shown) is also rotatably attached to the label conveying unit 17 installed on the downstream side of the outer debris peeling unit 15.

  As shown in FIG. 4, when the label sheet 1 is transported downstream with the outer blade 43 of the cutter 30 having the cut 8 a formed on the outer periphery of the label portion 4 a of the topsheet 4, The outer debris 8 pulled by the take-up roller 25 is peeled from the release sheet 2 via the outer debris peeling roller 21 and taken up by the outer debris take-up roller 25 through the rotation roller 24. Further, the label sheet 1 in a state where the outer debris 8 is peeled off and only the seal label 5 remains is conveyed downstream via the sheet feeding roller 22 and the rotating roller 23, and further, the label conveying unit 17 It is conveyed downstream by the sheet feeding roller 27.

  Next, the effect of the manufacturing apparatus 10 having the above configuration will be described.

  That is, the label sheet 1 is supplied at a predetermined speed by the label supply unit 11, and as shown in FIG. 3, the label portion 4 a of the surface sheet 4 is the outer blade 43 or inner blade 45 of the blade portion 40 of the cutter 30. 4, the base portion 35 and the blade portion 40 of the cutter 30 are lowered by a press mechanism (not shown) as shown in FIG. 4. As a result, the outer blade 43 cuts the outer periphery of the label portion 4a of the topsheet 4 together with the adhesive layer 3, and the inner blade 45 wants to form the hole 6 of the label portion 4a of the topsheet 4 The inner debris 7 cut along with the adhesive layer 3 and generated on the inner periphery of the inner blade 45 is captured by the inner periphery of the inner blade 45 and is peeled off from the release sheet 2. And since it repeats that the inner debris 7 cut out by the next cutting process adheres to the adhesion layer 3 of the inner debris 7 captured in the inner blade 45, the inner debris 7 sequentially passes through the adhesion layer 3. The inner dregs 7 are stacked and stacked in a rod shape. After that, the inner debris 7 stacked in a rod shape passes through the first through hole 47 formed in the inner periphery of the inner blade 45 and passes through the second through hole 49 formed in the pedestal portion 35 and passes through the second through hole. It is discharged from the upper opening of the hole 49 and enters the concave portion 37 provided in the pedestal portion 35, and further discharged from the upper opening of the concave portion 37 to the outside of the pedestal portion 35 and disposed above the pedestal portion 35. It is stored in the waste storage part 50.

  On the other hand, when the inner sheet 7 is cut out and the label sheet 1 having the cut 8a formed on the outer periphery of the label portion 4a by the outer blade 43 of the cutter 30 is conveyed to the downstream side of the apparatus main body 13, as shown in FIG. In addition, the outer debris 8 pulled by the outer debris take-up roller 25 is peeled from the release sheet 2 via the outer debris release roller 21 and wound around the outer debris take-up roller 25 through the rotation roller 24. The label sheet 1 in which only the seal label 5 remains is conveyed downstream via the sheet feeding roller 22 and the rotating roller 23, and further conveyed downstream by the sheet feeding roller 27 of the label conveying unit 17, The label sheet 1 with the desired seal label 5 attached thereto can be obtained.

  In the manufacturing apparatus 10, as described above, the inner residue 7 cut out by the inner blade 45 is captured by the inner periphery of the inner blade 45 and peeled off from the release sheet 2, and the adhesive layer 3 is interposed therebetween. The layered inner debris 7 can be discharged to the outside of the pedestal portion 35 through the first through-hole 47 and the second through-hole 49, so that the unnecessary inner debris 7 located in the punch hole 6 can be discharged. The seal label 5 having the punched holes 6 from which is removed in advance can be efficiently manufactured.

  Further, since the inner waste 7 located in the punching hole 6 can be discharged smoothly, the working efficiency in manufacturing the seal label 5 can be improved, and the inner waste 7 stays in the cutter 30. Thus, it is possible to suppress the load on the pedestal portion 35 and the blade portion 40 constituting the cutter 30 and to effectively prevent the deformation and breakage thereof. As a result, the maintenance frequency of the blade part 40 can be reduced, the life of the blade mold can be extended, and the manufacturing cost of the seal label 5 can be reduced.

  Further, in this embodiment, as shown in FIGS. 2 and 3, a recess formed at a predetermined depth on the surface (upper surface) of the pedestal 35 opposite to the portion where the blade 40 is mounted. 37 is provided, and the second through hole 49 is open to the bottom surface of the recess 37.

  According to this aspect, the opening 37 for discharging the inner debris 7 in the second through hole 49 can be widened by the concave portion 37, and therefore, the unnecessary inner debris 7 stacked via the adhesive layer 3 can be removed. From the upper opening of the 2nd through-hole 49, it can discharge | emit more smoothly, As a result, the deformation | transformation and damage of the base part 35 can be suppressed more effectively. Further, by providing the concave portion 37, the second through hole 49 can be formed shorter than the case where the second through hole 49 is formed over the entire length of the pedestal portion 35. It becomes easy to form the two through holes 49 (especially effective when the inner diameter of the second through hole 49 is small).

  Further, in this embodiment, as shown in FIGS. 1, 3, and 4, the side of the pedestal portion 35 constituting the cutter 30 opposite to the portion on which the blade portion 40 is mounted (here, the pedestal portion 35 of the pedestal portion 35). On the upper side, a dregs storage part 50 that can store the stacked inner dregs 7 is detachably attached to the apparatus main body 13.

  According to this aspect, the inner debris 7 generated when the seal label 5 is cut out can be stored in the debris reservoir 50, and the frequency of removing the inner debris 7 from the manufacturing apparatus 10 is reduced. Operation can be facilitated continuously, and the manufacturing cost of the seal label 5 can be reduced. Further, by appropriately removing the waste storage part 50 in which the inner waste 7 is stored from the manufacturing apparatus 10, the stored inner waste 7 can be easily removed together, and the cleaning efficiency of the manufacturing apparatus 10 can be improved.

  It should be noted that the present invention is not limited to the above-described embodiment, and various modified embodiments are possible within the scope of the present invention, and such an embodiment is also included in the scope of the present invention. .

DESCRIPTION OF SYMBOLS 1 Label sheet 2 Release sheet 3 Adhesive layer 4 Top sheet 4a Label part 5 Seal label 6 Punching hole 7 Inner waste 8 Outer waste 10 Seal label manufacturing apparatus (manufacturing apparatus)
DESCRIPTION OF SYMBOLS 11 Label supply part 13 Apparatus main body 15 Outer waste peeling part 17 Label conveyance part 18 Cutter arrangement | positioning part 20 Stand 21 Outer waste peeling roller 22, 27 Sheet feed roller 23 Turning roller 24 Turning roller 25 Outer waste winding roller 30 Cutter 35 Pedestal part 37 Concave part 40 Blade part 41 Substrate 43 Outer blade 45 Inner blade 47 First through hole 49 Second through hole 50 Waste storage part 51 Side wall 53 Connecting wall 55 Flange part

Claims (3)

For a label sheet having a release sheet and a surface sheet laminated on the release sheet via an adhesive layer, the surface sheet is cut into a predetermined shape, and the surface sheet having a desired shape is peeled off and used. In the label production equipment that can be
A cradle for supporting the label sheet with the top sheet as a surface;
A cutter that moves away from the cradle and cuts the top sheet into a predetermined shape to form a seal label;
The cutter has a pedestal portion and a blade portion attached to the pedestal portion,
The blade portion has an outer blade that forms an outer peripheral shape of the seal label, and an inner blade for forming a punched hole in the seal label,
A first through hole is formed in the inner periphery of the inner blade of the blade portion, and a second through hole that is aligned with the first through hole is formed in a portion corresponding to the inner periphery of the inner blade of the pedestal portion. And
The inner debris cut out by the inner blade is captured on the inner periphery of the inner blade and peeled off from the release sheet, and the peeled inner debris are sequentially stacked to form the first through hole and the second through hole. An apparatus for producing a seal label, characterized in that the apparatus can be discharged to the outside through a hole.   A concave portion formed with a predetermined depth is provided on the surface of the pedestal portion opposite to the portion on which the blade portion is mounted, and the second through hole opens to the bottom surface of the concave portion. The seal label manufacturing apparatus according to claim 1.   The waste storage part capable of storing the inner waste is detachably attached to the seal label manufacturing apparatus on the opposite side of the pedestal part from the part where the blade part is attached. Or the seal label manufacturing apparatus of 2.